The conference is honoured to welcome the presence of many world-leading scientists in the field of neutrino physics, including: Professor Takashi Kobayashi (Director of J-PARC, KEK and JAEA, Japan); Professor Masayuki Nakahata (Institute for Cosmic Ray Research - ICRR, University of Tokyo, Japan); Professor Tsuyoshi Nakaya (President of the Japanese Society for High Energy Physics, former spokesperson of the international T2K experiment), along with many distinguished scientists from research institutes and universities both in Viet Nam and internationally.
Taking place from July 22–25, the conference not only features scientists from around the world but also sees active participation from young researchers and students in Viet Nam. With its stature, the conference clearly demonstrates the commitment of the Rencontres du Viet Nam Science Association and the ICISE Centre in promoting fundamental science in Viet Nam and integrating it deeply with the world.
This is also a highlight in the journey of developing Viet Nam’s first experimental neutrino research group, under the Institute for Interdisciplinary Research in Science and Education (IFIRSE) at ICISE.
Speaking at the conference, Deputy Director of the Department of Science and Technology Nguyen Huu Ha noted that although neutrinos are tiny and hard-to-observe elementary particles, they play an important role in exploring the deepest mysteries of the universe. This conference is an opportunity for scientists to exchange and share the latest research advances, while also opening up potential collaborations in many interdisciplinary fields.
“These scientific discussions will help shape strategic research directions in the future and foster the formation of strong research groups with international influence,” said Ha.
The conference is attended by many leading scientists worldwide.
Notably, topics on neutrinos in the universe and astrophysics are given significant attention, from high-energy neutrinos to applications in multi-messenger observations, a new frontier in modern astrophysics.
In addition to theoretical research, the conference introduces remarkable advances in neutrino detection technology.
Beyond pure physics, interdisciplinary applications such as geoneutrinos in geophysics, Earth tomography, or nuclear reactor monitoring for energy security are also lively topics of discussion.
Running alongside the conference, the 9th Viet Nam School on Neutrinos (VSON9) takes place from July 16–25, attracting many PhD candidates and students from Viet Nam and abroad. With specialised lectures, practical guidance, and scientific exchange sessions, VSON9 not only imparts knowledge but also inspires passion for discovery, creating a solid foundation for the next generation of young scientists to pursue neutrino physics.
